Talaria TWO: Redefining Low Power Wi-Fi for IoT

The IoT market is evolving rapidly, and innovation is no longer optional; it’s essential. For

electrical and RF engineers, the demand for low-power, high-efficiency solutions is at an all-time

high. IoT devices are growing at unprecedented rates, with ABI Research projecting the battery-

based IoT Wi-Fi market to reach 1 billion units by 2025. But there’s a catch. The key challenge

has been balancing power consumption with wireless performance. That’s where the

groundbreaking Talaria TWO Modules from InnophaseIoT come into play.

With 75% lower power consumption than standard Wi-Fi solutions and a revolutionary digital

RF architecture, the Talaria TWO Modules are positioning themselves as the gold standard for

next-generation IoT products. They’re not just reducing Wi-Fi power consumption; they’re

enabling new possibilities for engineers and designers across industries.

If you’re ready to transform the way you design and integrate Wi-Fi solutions, read on. We’re

about to deep-dive into how Talaria TWO is reshaping IoT, one module at a time.

The State of IoT and Wi-Fi Power Efficiency

As IoT devices gain traction in homes, industries, and healthcare, two demands dominate the

market:

• Enhanced connectivity features

• Ultra-low power consumption

The industry has seen innovation in BLE and advanced Wi-Fi protocols, but bridging these with

low power consumption has been elusive. Most connected IoT devices still struggle with battery

life, limiting their long-term operational potential. For engineers, this trade-off has created an

ongoing challenge between functionality and efficiency.

Enter Talaria TWO Modules, an innovation designed to overcome these limitations and push IoT designs into the future.

What Makes Talaria TWO Revolutionary?

The Talaria TWO Modules (INP1010 / 1011 / 1012 / 1013 / 1014 / 1015), powered by a digital

polar RF architecture, provide the lowest power Wi-Fi in the industry. Here’s what makes

them stand out:

1. Ultra Low-Power Consumption

The modules consume 75% less power than traditional Wi-Fi modules, directly addressing one

of the biggest bottlenecks for battery-powered IoT devices. This power efficiency unlocks

opportunities for devices like:

• Smart door locks that don’t require frequent battery changes

• Remote security cameras with extended operational lifetimes

• Connected sensors that can run autonomously for years

• Wearables with a reduced need for charging

• Engineers no longer need to compromise between functionality and battery life.
  

2. Multi-Protocol Capability with BLE5

The inclusion of BLE5 provides advanced features like long-range capabilities, making these

modules ideal for environments where connectivity range is critical, such as industrial operations

and large commercial spaces.

3. Compact, Flexible Design

The newest Talaria TWO models (INP1012 / 1013 / 1014 / 1015) boast a 40% smaller form

factor compared to earlier versions. This compact design allows engineers to embed Wi-Fi

connectivity into space-constrained products without altering overall design aesthetics.

4. Ease of Integration

Whether in standalone mode, hybrid mode, or working with an external MCU (Microcontroller

Unit), the modules are ready for seamless integration into your system. With just a single power

supply and GPIOs, engineers can have the module up and running in no time.

5. Faster Time to Market

Time is invaluable in IoT development, and the Talaria TWO offers integrated solutions that

reduce design complexity. Fewer development roadblocks mean quicker launches, allowing you

to stay ahead in the competitive landscape.

Where the Talaria TWO Excels

The versatility of these modules makes them ideal for an extensive range of applications. Here

are just a few areas where their impact shines brightest:

Smart Home Devices

• Wi-Fi-powered door locks for increased convenience and security

• Smart speakers with real-time responsiveness

• Home health monitoring devices

Industrial IoT

• Asset trackers in large-scale warehouses

• Environmental monitoring sensors in factories

• Long-range connected devices for facility management

Healthcare

• Wearables that deliver extended battery life for patient monitoring

• Smart diagnostics tools with Wi-Fi connectivity

• Data-streaming solutions in remote healthcare

Why This Matters for Engineers

For RF and Wi-Fi engineers, the potential of Talaria TWO extends beyond specifications. Here’s

why it’s a game changer:

Empowering Design Creativity

Reduced power requirements and smaller form factors mean engineers can focus more on

innovation. Whether you’re designing compact sensors or advanced wearables, the Talaria TWO

unleashes the freedom to optimize performance without worrying about critical limitations.

Future-Proof Technology

The industry is moving toward direct-to-cloud integration. With integrated Wi-Fi and BLE, the

Talaria TWO is built to align with tomorrow’s IoT requirements, giving your products a

competitive edge by incorporating emerging standards.

Tailored for Success

The modules offer a variety of antenna options and configuration capabilities to cater to diverse

product designs and use cases. From lab prototypes to full-scale launches, these solutions can

adapt to evolving needs.

A Push Toward IoT Excellence

The IoT revolution isn’t slowing down, and engineers need tools that can scale with

technological demands. The Talaria TWO Modules are more than just a product line; they

represent a paradigm shift poised to accelerate growth in battery-based Wi-Fi adoption. For those

who strive to innovate, cut energy waste, and create smarter products, this is the future.

Over to You

What challenges do you face today when designing IoT solutions? Are power constraints

impacting your ability to innovate? I’d love to hear how these trends are shaping your work.

Join the conversation in the comments below. Or, if you’re ready to see the Talaria TWO in

action, visit InnophaseIoT.com or irirep.com and explore the full range of modules. Build

smarter, more efficient products with the tools designed for the cutting edge of IoT.

Get started today!

CONTACT IRI →